Process

WIKA
Part of your business

Solutions for pressure, temperature, force and level measurement, flow measurement, calibration and SF6 gas solutions from WIKA are an integral component of our customers' business processes.

This is why we consider ourselves to be not just suppliers of measurement components but rather more a competent partner that offers comprehensive solutions in close co-operation with our customers – customised and precisely designed products for the exact requirement.

Applications

General process instrumentation in the chemical and petrochemical industries, oil and gas industries, power generation and water/wastewater industries

Temperature measurement in harsh and aggressive environments

Suitable for applications with high vibrations

Special features

Robust, hermetically sealed case

Accuracy: ±1 % of full scale value ASME B40.200 (grade A)

External reset for reference temperature adjustment

Dished dial (anti-parallax) for ease of reading

Adjustable stem and dial version enables optimal process connection

Description

The model TG53 bimetal thermometer has been developed and manufactured in accordance with the ASME B40.200 standard. The thermometer provides high quality and performance, and is an ideal choice in the process industries.

Specifically designed for use in the chemical and petrochemical, oil and gas, power engineering and shipbuilding industries, the TG53 satisfies the rigorous requirements for resistance to aggressive media. As an available option, the case, stem and process connection can be made from 316 stainless steel.

The TG53 offers the widest variety of dampening options in the industry, allowing it to operate in situations where severe vibration conditions exist. These options include case filling and a dampened packed bearing to minimize pointer oscillation.

An easily accessible reset screw on the back of the case allows quick, limited reference temperature adjustment, reducing maintenance and re-calibration costs.

The TG53 is also available in an assortment of stem lengths (insertion length L1) to optimize its application-specific fit and performance.